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Future Directions of High-Fidelity CFD for Aero-Thermal Turbomachinery Research, Analysis and Design

机译:航空热力涡轮机研究,分析与设计高保真CFD的未来方向

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Computational Fluid Dynamics is a powerful tool used on a daily basis by designers and researchers in the advancement of propulsion technology. As hardware and software technology continue to evolve, the impact on propulsion systems has the potential to be disruptive. With continued development of High Performance Computing, Large Eddy Simulation, High-Order unstructured grid algorithms, optimization and uncertainty quantification it is conceivable that a new frontier of simulation based research, analysis and design capability is in the foreseeable future. In order to accelerate this development collaboration between industry, academia and government labs is required.
机译:计算流体动力学是设计人员和研究人员每天使用的功能强大的工具,用于推进技术的发展。随着硬件和软件技术的不断发展,对推进系统的影响可能具有破坏性。随着高性能计算,大型涡流仿真,高阶非结构化网格算法,优化和不确定性量化的不断发展,可以预见,基于仿真的研究,分析和设计能力将在可预见的未来出现。为了加速这种发展,需要在行业,学术界和政府实验室之间进行协作。

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